For runners of average build. For everyone from beginners to marathon trainers who want a shoe for jogging. This shoe is perfect for jogging everyone, from beginners to runners training for marathons. The MIZUNO ENERZY midsole is 2 mm thicker than the previous model, increasing cushioning and energy return, giving a softer feel and providing a spring-like propulsion. Enjoy the characteristic running comfort of WAVE RIDER while benefiting from enhanced smoothness and stability.
For runners of average build. For everyone from beginners to marathon trainers who want a shoe for jogging. This shoe is perfect for jogging everyone, from beginners to runners training for marathons. The MIZUNO ENERZY midsole is 2 mm thicker than the previous model, increasing cushioning and energy return, giving a softer feel and providing a spring-like propulsion. Enjoy the characteristic running comfort of WAVE RIDER while benefiting from enhanced smoothness and stability.
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The lowest price for Roxy - Wave Rider 26 - Size 7.5 right now is $226.89.
Prices last updated 31 Jan 2025.
Roxy - Wave Rider 26 - Size 7.5
For runners of average build. For everyone from beginners to marathon trainers who want a shoe for jogging. This shoe is perfect for jogging everyone, from beginners to runners training for marathons. The MIZUNO ENERZY midsole is 2 mm thicker than the previous model, increasing cushioning and energy return, giving a softer feel and providing a spring-like propulsion. Enjoy the characteristic running comfort of WAVE RIDER while benefiting from enhanced smoothness and stability.
For runners of average build. For everyone from beginners to marathon trainers who want a shoe for jogging. This shoe is perfect for jogging everyone, from beginners to runners training for marathons. The MIZUNO ENERZY midsole is 2 mm thicker than the previous model, increasing cushioning and energy return, giving a softer feel and providing a spring-like propulsion. Enjoy the characteristic running comfort of WAVE RIDER while benefiting from enhanced smoothness and stability.
Last updated at 31/01/2025 05:21:07
